Klemsan Rapidus User Manual

Power Factor Controller

Power Factor

Controller

USER

MANUAL

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor

Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

1
2

3
4

Settings

Measure

1.000

Comp. Alarms

Analysis

Qind/P

5

W

1.350

0 50

VAr

1

Qcap/P

0

%

6

1 2

10

V (L-N)
I

17 : 2 2

11 12 13 14 15 16

17

0

%

7

1 2 3 4 5 6

10.0

10.0

10.0

10.0

10.0

10.0

8

c c c c c c

7 8 9 10

11

12

9

10.0
c

10.0
c

10.0
c

10.0
c

10.0
c

10.0
c

Power Factor Controller

14

13

9 10 11 12

17 : 2 2

6

0

%

Qcap/P

50 0

1.350
1

W
VAr

5

Qind/P

Alarms Analysis

Comp.

Settings Measure

1.000

1
2

3
4

0

%

7

1 2 3 4 5 6

7 8 9 10

11

12

1 2 3 4 5 6
7 8 9 10

11

12

8

1 2

V (L-N)
I

Power Factor Controller

17 : 2 2

1 2

V (L-N)
I

7 8 9 10 11 12

1 2 3 4 5 6

7 8 9 10 11 12

6 5 4 3 2

0

%

50

0

%

Qcap/P

0

W
VAr

1

Comp. Alarms

Analysis

Qind/P

Measure

1.000

1.350
1

Settings

17 : 2 2

1 2

C

10.00k VAr
0
0

Type
Power
Switch
Time

V (L-N)

I

Number 1

0

%

50

0

%

Qcap/P

0

W
VAr

Comp. Alarms Analysis

Qind/P

Measure

1.000

1.350
1

Settings

Power Factor Controller

Meters

Imp. Active &
Cap. Reactive

Meters

Exp. Active &
Cap. Reactive

=> capacitive

=> positive

CosØ
PF

QUADRANT

-4

P => positive
Q

=> negative & capacitive

=> negative

=> negative & inductive

=> inductive

=> negative

P
Q
CosØ
PF

QUADRANT

-3

Active Power

P

Q S

Meters

Imp. Active &
Ind. Reactive

Meters

Exp. Active &
Ind. Reactive

=> positive

PF

CosØ => inductive

CosØ => capacitive
PF => negative

QUADRANT

-1

P => positive
Q

=> positive & inductive

=> negative

=> positive & capacitive

P
Q

QUADRANT

-2

Reactive Power

Power Factor Controller

Power Factor

Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor

Controller

Power Factor Controller

çe

ugust2013
5:13

Açılış Ayarları / Startup Settings / настройки
Dil / Language English

Date 30 August 2014
Time 17:25:29
CTR 1
VTR 1.0
Connection Phase-Neutral
Step number 1

Start

17:2

P

yccKvıı

1

1.0

Phase-Neutral
1

30 A

English

Türk

Türkçe

Date
Time
CTR
VTR
Connection
Step number
Start

Açılış Ayarları / Startup Settings / настройки

Dil / Language

Power Factor Controller

7

6

5

4

3

2

1

Tarih 30 August 2014

Date 30 August 2014

Date 30 August 2013

Date 30 August 2013

Date 30 July 2013

Date 30 July 2013

Date 29 July 2013

Açılış Ayarları / Startup Settings / настройки
Dil / Language English

Time 17:25:29
CTR 1
VTR 1.0

Connection Phase-Neutral
Step number 1
Start

Date 30 August 2014

Power Factor Controller

gust2013
:13

Açılış Ayarları / Startup Settings / настройки

Date

30 Au

Dil / Language English

1

Time 17:25

1 2 3

4

CTR 1

VTR 1.0

5 6 7

8

Connection Phas

9 0 .

-

Step number 1
Start

Low li
1

High
5000

ok

mit

clr

Power Factor Controller

1 2 3

4

1

2

5

6

Açılış Ayarları / Startup Settings / настройки

Dil / Language English
Date 30 August 2014
Time 17:26:33
CTR 20
VTR 1.0
Step number 1

Start

1

1 2 3

4

5 6 7

8

9 0 .

-

ok clr

Low limit
1

High limit
5000

1

1 2 3

4

5 6 7

8

9 0 .

-

ok clr

Low limit
1

High limit
5000

2

1 2 3

4

5 6 7

8

9 0 .

-

ok clr

Low limit
1

High limit
5000

2

1 2 3

4

5 6 7

8

9 0 .

-

ok clr

Low limit
1

High limit
5000

20

1 2 3

4

5 6 7

8

9 0 .

-

ok clr

Low limit
1

High limit
5000

20

1 2 3

4

5 6 7

8

9 0 .

-

ok

clr

Low limit
1

High limit
5000

Power Factor Controller

gust 2013
:13

Açılış Ayarları / Startup Settings / настройки
Dil / Language

Date
Time
CTR

English

1

30 Au
21:24
20

Connection
Step number
Start

Phas
1

1 2 3

4

5 6 7

8

9 0 .

-

Low li

1.0
High

5000.

ok

mit

0

clr

1

Step number
Start

Açılış Ayarları / Startup Settings / настройки
Dil / Language English

Date 30 August 2013
Time 17:26:29
CTR 20
VTR 1.0

Power Factor Controller

gust 2013
:13

Açılış Ayarları / Startup Settings / настройки
Dil / Language

Date
Time
CTR
VTR
Connection

Step number

Start

30 Au
17:26
20

1.0

Phas

1

English

1

Low limit
1

High limit
12

1 2 3

4

5 6 7

8

9 0 .

-

ok

clr

Açılış Ayarları / Startup Settings / настройки
Dil / Language English

Date 30 August 2014
Time 21:24:13
CTR 20
VTR 1.0
Connection Phase-Neutral
Step number 1

Start

Initializing ..........................

Power Factor Controller

CosØ1 1.000

Qind/P 0

%

CosØ2 1.000

0 5c

CosØ3 1.000

Qcap/P 0

%

Settings Measure Comp. Alarms

Analysis

W

VAr

1. 000

1. 350
1

Qind/P

0

Qcap/P

50

0

%

0

%

1 2 3 4 5 6

10.0

10.0

10.0

10.0

10.0

10.0 c c c c c c

7 8 9 10

11

12

10.0

10.0

10.0

10.0

10.0

10.0

c c c c c c

V (L-N)

I

1 7 : 2 9

17:27

V (L-N)

I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

2

10.0
c

8

10.0
c

1

10.0
c

7

10.0
c

RAPIDUS is learning connections.

Please wait...

Retry count : 1

Analysis

Alarms

Measure Comp.

Settings

Power Factor Controller

Settings

Measure Comp. Alarms

Analysis

Quick setup

Setup
Date / Time
System info
Password
Restart
Default settings

Qind/P

0

Qcap/P

50

0

%

3

10.0

4

10.0

5

10.0

6

10.0

0

%

c c c c c c

7 8 9 10

11

12

10.0

10.0

10.0

10.0

10.0

10.0

c c c c c c

V (L-N)

I

1 7 : 2 9

Settings->Quick setup

Dil / Language English

Date 30 August 2014
Time 17:30.13
CTR 1
VTR 1.0
Connection Phase-Neutral

Step number 1

Power Factor Controller

OK

X

Settings changed.

Save?

Power Factor Controller

P 1326
Q

4.

S 1326

1 2

10.0 10.0

.4 W

2 VAr

.4 VA

3 4

10.0 10.0
c c

9 10

17:30

V

I

1 2 3

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

Clear

10.0 10.0
c c

Communication
Alarm

c

8

10.0
c

c

7

10.0
c

dk

1

1.0
Phase-Neutral
15

Device

Default settings

Energy

Restart

CTR

VTR
Connection
Demand period

0

%

50

0

%

Settings->Setup->Network

Network

Steps
Compensation
Learn
Aux. input

Quick setup

Setup

Date / Time
System info
Password

Analysis

Alarms

Measure Comp.

Settings

Power Factor Controller

dk
dk

dk
dk

Settings->Setup->Network

CTR 1

VTR 1.0
Connection Phas
Demand period 15

Settings->Setup->Network

CTR 1

VTR 1.0
Connection Phas
Demand period 15

1

1 2 3

4

5 6 7

8

9 0 .

-

ok

clr

Low li
1

High

5000.

mit

0

1

1 2 3

4

5 6 7

8

9 0 .

-

ok

clr

Low li
1

High

5000.

mit

0

Power Factor Controller

dk
dk

P 1326
Q

4.

S 1326

1 2

10.0 10.0

8.9

0

A

%

257.1

V

50

.4 W I

2 VAr V

.4 VA

3 4

10.0 10.0
c c

9 10

ok clr

Low limit
1

High limit
60

1 2 3 4

5 6 7 8
9 0 . -

1

1

1.0
Phas
15

CTR

VTR
Connection
Demand period

Settings->Setup->Network

17:32

V (L-N)

I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

10.0
c

Clear

10.0
c

c

8

10.0
c

c

7

10.0
c

Energy

Default settings

Communication

Alarm

Restart

0

%

Ent. power

Ent. type
Predefined
Other

Network

Compensation

Learn
Aux. input
Device

Quick setup

Setup

Date / Time
System info
Password

Analysis

Alarms

Measure Comp.

Settings

Power Factor Controller

10.00

Low limit

10.00

0.00

10.00

High limit

10.00

1000.00

ok clr

10.00

2 3 4
6 7 8
0 . -

1

5
9

10.00

10.00

10.00

10.00

10.00

10.00

10.00

10.00

Step 2
Step 3
Step4
Step 5
Step 6
Step 7
Step 8
Step 9
Step 10
Step 11
Step 12

Settings->Setup->Steps->Ent. power

Step 1

C

L

C

C
C
C
C
C
C
C
C
C
C
C

Step 1

Step 2
Step 3
Step 4
Step 5
Step 6
Step 7
Step 8
Step 9
Step 10
Step 11
Step 12

Settings->Setup->Steps->Ent. type

Power Factor Controller

1

Settings->Setup->Steps->Predefined

Structure

Power
Count

10.00
12

1 - 1 - 1 -

1 - 1 - 1 - 1

1 - 1 - 2 - 2
1 - 2 - 2 - 4
1 - 2 - 3 - 3
1 - 2 - 4 - 4
1 - 1 - 2 - 4
1 - 2 - 3 - 4
1 - 2 - 4 - 8
1 - 1 - 2 - 3

Power Factor Controller

Settings->Setup->Steps->Other

15

1 2 3

4

5 6 7

8

9 0 .

-

ok

clr

Low li
3

High

1000

mit

Settings->Setup->Compensation

Steps

Program
Target 1
Target 2
Target low lim.
Target high lim.
Activation time
Deactivation time
Shift angle
Averaging time
Fixed steps

Entered

Rapidus

1.000

0.900

0.002

0.002
10
10

0.00
Off
None

sec.
sec.

Power Factor Controller

Power Factor Controller

Settings->Setup->Compensation

Steps Entered

Program

Rapidus

Target 1 1.000
Target 2 0.900
Target low lim. 0.002

Rapidus

Asc. sequential
Des. sequential
Linear
Circular
Manual

Target high lim. 0.002
Activation time 10 sec.
Deactivation time 10 sec.
Shift angle 0.00
Averaging time Off
Fixed steps None

Demand

B C C C C C

A

CosPhi = 0.950 (Target inductive)

CosPhi = 1.000

CosPhi = 0.900 (Target capacitive)

Power Factor Controller

INDUCTOR

CAPACITOR

FIXED

DEAD

ALL STEPS TO BE USED

STEPS TO BE USED IN COMPENSATION

EXAMPLE: SYSTEM INDUCTIVE, 46K CAPACITOR DEMAND AVAILABLE (Minimum step power 5K * CK = 5K * 2/3 = 3.3K)

SYSTEM CAPACITIVE, 100K INDUCTOR DEMAND AVAILABLE

Compensation is ended as demand is 1K and lower than CK.

Step 1

Step 2

Step 3

Step 4

Step 5

Demand is -35K and higher than CK, however demand is continued although
all activated capacitors are deactivated and all inductors are activated.
AN ALARM WILL BE GIVEN.

Step 1

Step 2

Step 3

Step 4

Step 5

3(5)

10K

4(7)

5K

1(3)

10K 1 5K

Demand

-90K

Demand 41K

2(4)

10K

2

10K

5(8)

15K

3(5)

10K

3(5)

10K

3

10K

Demand

-75K

Demand 31K 7(11)

20K

5(8)

15K

4(7)

5K

4

10K

Demand

-55K

Demand 16K

1(3)

10K

7(11)

20K

5(8)

15K

5

10K

Demand

-45K

Demand

-4K

6(10)

25K

6

0K

2(4)

10K

4(7)

5K

7(11)

20K

7

5K

8(12)

30K

8

15K

9

0K

10

25K

11

20K

12

30K

Power Factor Controller

INDUCTOR

CAPACITOR

FIXED

DEAD

ALL STEPS TO BE USED

STEPS TO BE USED IN COMPENSATION

Example: Demand 46K (inductive) (Minimum step power 5K * CK = 5K * 2/3 = 3.3K)

Demand 100K (Capacitive)

Compensation is ended as demand is 1K and lower than CK.

Step 1 Step 2 Step 3

Demand is -35K and higher than CK, however demand is continued although
all activated capacitors are deactivated and all inductors are activated.
AN ALARM WILL BE GIVEN.

Step 1 Step 2 Step 3 Step 4 Step 5

1(3)

10K

1

5K

8(12)

30K

8(12)

30K

Demand

-70K

Demand 16K

2(4)

10K

2

10K

3(5)

10K

3(5)

10K

3(5)

10K

3

10K

Demand

-60K

Demand 6K

5(8)

15K

5(8)

15K

4(7)

5K

4

10K

Demand

-55K

Demand 1K

1(3)

10K

5(8)

15K

5

10K

Demand

-45K

6(10)

25K

6

0K

2(4)

10K

7(11)

20K

7

5K 8(12)

30K

8

15K

9

0K

10

25K

11

20K

12

30K

Power Factor Controller

Power Factor Controller

INDUCTOR

CAPACITOR

FIXED

DEAD

ALL STEPS TO BE USED

STEPS TO BE USED IN COMPENSATION

Example: SYSTEM INDUCTIVE, 46K CAPACITOR DEMAND AVAILABLE (Minimum step power 10K * CK = 10K * 2/3 = 6.7K)

SYSTEM CAPACITIVE, 20K INDUCTOR DEMAND AVAILABLE

SYSTEM CAPACITIVE, 40K INDUCTOR DEMAND AVAILABLE

SYSTEM CAPACITIVE, 20K INDUCTOR DEMAND AVAILABLE

Compensation is ended as demand is -4K and lower than CK.

Step 1

Compensation is ended as demand is 0K and lower than CK.

Step 1

Compensation is ended as demand is 0K and lower than CK.

Step 1

Compensation Demand is continued as demand is -10K and higher than CK.
However, there are no inductors to activate nor capacitors to deactivate.
AN ALARM WILL BE GIVEN.

Step 1

1(3)

10K

1

10K

5(8)

10K

5(8)

10K

7(11)

10K

3(5)

10K

2(4)

10K

2

10K

4(7)

10K

6(10)

10K

4(7)

10K

3(5)

10K

3

10K

5(8)

10K

3(5)

10K

4(7)

10K

4

10K

6(10)

10K

5(8)

10K

5

10K

1(3)

10K

6(10)

10K

6

0K

7(11)

10K

7(11)

10K

7

10K

8(12)

10K

8

10K

9

0K

10

10K

11

10K

12

10K

Power Factor Controller

Power Factor Controller

INDUCTOR

CAPACITOR

FIXED

DEAD

ALL STEPS TO BE USED

STEPS TO BE USED IN COMPENSATION

Example: SYSTEM INDUCTIVE, 46K CAPACITOR DEMAND AVAILABLE (Minimum step power 10K * CK = 10K * 2/3 = 6.7K)

SYSTEM CAPACITIVE, 30K INDUCTOR DEMAND AVAILABLE

SYSTEM INDUCTIVE, 20K CAPACITOR DEMAND AVAILABLE

SYSTEM CAPACITIVE, 60K INDUCTOR DEMAND AVAILABLE

SYSTEM INDUCTIVE, 90K CAPACITOR DEMAND AVAILABLE

Compensation is ended as demand is -4K and lower than CK.

Step 1

Compensation is ended as demand is 0K and lower than CK.

Step 1

Compensation is ended as demand is 0K and lower than CK.

Step 1

Compensation is ended as demand is 0K and lower than CK.

Step 1

Demand is -10K, however, there are no inductors to activate nor
capacitors to deactivate although the demand is continued.
AN ALARM WILL BE GIVEN.

Step 1

1(3)

10K

1

10K

1(3)

10K

6(10)

10K

8(12)

10K

3(5)

10K

3(5)

10K

2(4)

10K

2(4)

10K

2

10K

7(11)

10K

3(5)

10K

4(7)

10K

4(7)

10K

3(5)

10K

3

10K

4(7)

10K

8(12)

10K

5(8)

10K

5(8)

10K

5(8)

10K

4(7)

10K

4

10K

3(5)

10K

6(10)

10K

6(10)

10K

5(8)

10K

5

10K

1(3)

10K

7(11)

10K

6(10)

10K

6

0K

2(4)

10K

7(11)

10K

8(12)

10K

7(11)

10K

7

10K

3(5)

10K

8(12)

10K

8

10K

9

0K

10

10K

11

10K

12

10K

Power Factor Controller

Settings Measure Comp. Alarms

Analysis

W
VAr

1.000

1.350
1

Qind/P

0

Qcap/P

50

0

%

V (L-N)

I

17:34

0

%

17:36

V (L-N)

I

0

%

50

0

%

Qcap/P

Settings Measure Comp. Alarms Analysis

Qind/P

0

1.000

1.350
1

W
VAr

Number 1
Type C
Power 10.00kVAr
Switch 0
Time 0

1 2

4 5 6

10.0 10.0 10.0 10.0 10.0 10.0

c c c c c c

7 8 9 10 11 12

10.0 10.0 10.0 10.0 10.0 10.0 c c c c c c

Power Factor Controller

17:36

V (L-N)

I

Number 1
Type C
Power 10.00kVAr
Switch 0
Time 0

0

%

50

0

%

Qcap/P

0

1. 350
1

W

VAr

Qind/P

Analysis

Alarms

Comp.

Settings Measure

1. 000

Power Factor Controller

Power Factor Controller

sec.

Settings->Setup->Compensation

Deactivation time 10

sec.

Shift angle 0.00

Averaging time Off

Fixed steps None

Steps

Entered

Off

5 sec.
10 sec.
20 sec.
30 sec.
40 sec.
50 sec.
60 sec.

Program

Rapidus

Target 1

1.000

Target 2

0.900

Target low lim.

0.002

Target high lim.

0.002

Power Factor Controller

Settings Measure Comp. Alarms Analysis

Qind/P

0

Qcap/P

50

0

%

0

%

1. 000

1. 350
1

W

VAr

1 2 3 4 5 6 10.0

10.0

10.0

10.0

10.0

10.0

c c c c c c

7 8 9 10

11

12

10.0

10.0

10.0

10.0

10.0

10.0

c c c c c c

V (L-N)

I

1 7 : 4 0

1
5
3

Step number
Retry timer
Retry count

Settings->Setup->Learn->Learn conn.

Off

On

Power Factor Controller

CosØ1 1.000

Qind/P 0

%

CosØ2 1.000

0 5c

CosØ3 1.000

Qcap/P 0

%

Settings Measure Comp.

Alarms

Analysis

RAPIDUS is learning connections.

Please wait...

Retry count : 1

V (L-N)
I

17:27

1 2 3 4 5

6

10.0

10.0

10.0

10.0

10.0

10.0 c c c c c c

7 8 9

10

11

12

10.0

10.0

10.0

10.0

10.0

10.0 c c

c c c

c

17:40

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

2

10.0
c

8

10.0
c

1

10.0
c

7

10.0
c

Failed to learn connections! COMPENSATION
WILL NOT BE PERFORMED! Learning will be

retried in 289 secs...

Total retry count : 3

Analysis

Alarms

Measure Comp.

Settings

Power Factor Controller

Settings->Setup->Learn->Learn conn.

1

Low limit
5

High limit
60

Settings->Setup->Learn->Learn conn.

Learn at start
Step number

On

5

Retry timer

5

1 2 3

4

Retry count

3

5 6 7

8

9 0 .

-

ok

clr

Learn at start On
Step number 1
Retry timer 5

3

1 2 3

4

Retry count 3

5 6 7

8

9 0 .

-

ok

clr

Low limit
1

High limit
20

Power Factor Controller

P 1326
Q

4.

S 1326

1 2

10.0 10.0

.4 W

2 VAr

.4 VA

3 4

10.0 10.0
c c

9 10

17:40

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

Clear

10.0 10.0 10.0
c c c

Communication
Alarm

c

8

c

7

10.0
c

Device

Default settings

Energy

Restart

Learn conn.

Learn step

Network
Steps
Compensation

Learn

Aux. input

Quick setup

Setup

Date / Time
System info
Password

Analysis

Alarms

Measure Comp.

Settings

Settings->Setup->Aux. input

Off

Night/Day
Generator

Power Factor Controller

P 1326
Q

4.

S 1326

1 2

10.0 10.0

.4 W

2 VAr

0

.4 VA

3 4

10.0 10.0
c c

9 10

10.0 10.0

14:40

V (L-N)
I

sec.

English

Level -3
Off
1
Time dependent
600

Language

Contrast
Pass. protection
New password
Display on
Display on time

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

c

c

Communication
Alarm
Clear

c

8

10.0
c

c

7

10.0
c

Default settings

Energy

Device

Restart

0

%

50

0

%

Settings->Setup->Device

Network
Steps
Compensation
Learn
Aux. input

Quick setup

Setup

Date / Time
System info
Password

Analysis

Alarms

Measure Comp.

Settings

Power Factor Controller

pendent

sec

Settings->Setup->Device

Language

English

Level -4

Level -3

Level -2
Level -1
Level 0
Level 1
Level 2
Level 3
Level 4

Contrast

Level -3

Pass. protection

Off New password

1

Display on

Time de

Display on time

600 .

Power Factor Controller

pendent

sec.

Settings->Setup->Device

Language

English

1

Contrast

Level -3

1 2 3

4

Pass. protection

On

5 6 7

8

New password

1

Display on

Time de

9 0 .

-

Display on time

600

ok

clr

Low limit

1

High limit

9999

sec.

1
Time dependent
600

New password
Display on
Display on time

Settings->Setup->Device
Language

English

Contrast Level -3

Off

On

Power Factor Controller

pendent

sec.

Ayarlar->Kurulum->Cihaz

Settings->Setup->Energy

Language

English

600

Contrast

Level -3

1 2 3

4

Pass. protection

On

5 6 7

8

New password

1

Display on

Time de

9 0 .

-

Display on time 600

ok

clr

Low limit

10

High limit

600

Start of day

0

Start of month

1

kWh

0.0

kWh

kWh E.

0.0

kWh

kVArh I.

0.0

kVArh

kVArh C.

0.0

kVArh

Power Factor Controller

38400

2400

4800
9600
19200

38400

57600
115200

Slave Id

Settings->Setup->Communication

Baud rate

Power Factor Controller

P 1326
Q

4.

S 1326

1 2

10.0 10.0

.4 W

2 VAr

0

.4 VA

3 4

10.0 10.0
c c

9 10

Slave Id 1

17:40

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0 c 10.0
c

Alarm

Clear

10.0
c

c c

7 8

10.0 10.0
c c

Default settings

Communication

Energy

Restart

0

%

50

0

%

Network
Steps
Compensation
Learn
Aux. input

Quick setup

Setup

Date / Time
System info
Password

Analysis

Alarms

Measure Comp.

Settings

Power Factor Controller

Settings->Setup->Alarm->Energy

Settings->Setup->Alarm->V

Inductive hi limit

20.0 %

Alarm relay
Capacitive hi limit
Alarm relay

Off

15.0
Off

%

Alarm relay

Off

Low limit

0.0 V

High limit

0.0 V

Delay 0

sec.

Hysteresis

0.0 %

Power Factor Controller

Alarm relay Off

Delay 0

sec.

Hysteresis 0.0 %

%
%

Settings->Setup->Alarm->Harmonics V

Alarm relay Off

THDV hi limit 0.0
V3 hi limit 0.0

Off

Relay1
Relay2

V5 hi limit
V7 hi limit

0.0

0.0

%
%

V9 hi limit

0.0 %

V11 hi limit

0.0 %

V13 hi limit

0.0 %

V15 hi limit

0.0 %

V17 hi limit

0.0 %

V19 hi limit

0.0 %

V21 hi limit

0.0 %

V21 hi limit 20.0

%

THDV hi limit 20.0 %

V3 hi limit 20.0

%

Settings->Setup->Alarm->Current

Settings->Setup->Alarm->Current

OK X

Alarm relay

Relay1

Low limit

0.0 A

High limit

0.0 A

Delay

0.0

sec.

Hysteresis

0.0 %

Alarm relay

Relay1

Low limit 0.0 A

High limit 0.0 A

Delay 0.0 sec.

Hysteresis

0.0 %

P 1326
Q 4.
S 1326

1 2

10.0 10.0

.4 W I

2 VAr V

.4 VA

3 4

10.0 10.0
c c

9 10

8.9 A

257.1

V

Measure->Energy->Imp. active

Measure->Energy->Imp. active

Index

267500.1

kWh

0.5

kWh

0.6

kWh

21.3

kWh

22.6

kWh

598.4

kWh

439.5

kWh

Index

0.0

kWh

0.0

kWh

0.0

kWh

0.0

kWh

0.0

kWh

0.0

kWh

0.0

kWh

17:40

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

Clear

10.0 10.0
c c

Communication
Alarm

c

8

10.0
c

c

7

10.0
c

Energy

Demand
Learn
All

1.000

Device

Default settings

Energy

Restart

Network
Steps
Compensation
Learn
Aux. input

Quick setup

Setup

Date / Time
System info
Password

Analysis

Alarms

Measure Comp.

Settings

OK

X

Measure->Energy->Imp. active

Index

7500.0

kWh

Curr. hour

0.0

kWh

Prev. hour

0.0

kWh

Curr. day

0.0

kWh

Prev. day

0.0

kWh

Curr. month

0.0

kWh

Prev. month

0.0

kWh

Settings->Date / Time
Time 18 : 49 : 30

1 2

10.0 10.0

Settings

Measure Comp.

Alarms

Analysis

Quick setup

Setup

Date / Time
System info
Password

Restart
Default settings

Qind/P

0

Qcap/P

0

%

50

0

%

c c

7 8

10.0 10.0
c c

3

10.0
c

9

10.0
c

4

10.0
c

10

10.0
c

5

10.0
c

11

10.0
c

6

10.0
c

12

10.0
c

V (L-N)
I

14:40

Login required!

X

Login success.

OK

Password mismatch.

X

KLEMSAN

RAPIDUS - Power Factor Controller

Model 606000
Serial number 2359339
Language English
Firmware version 1.00
PCB version 1_1-2
Build date 30 August 2014
Temperature 27.1 °C
Battery voltage 3.18 V

1 2

10.0

10.0

1 2

10.0

10.0

17:40

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

c c

7 8

10.0 10.0
c c

0

%

50

0

%

Qcap/P

0

Qind/P

Quick setup
Setup
Date / Time
System info
Password

Restart Default

settings

Analysis

Alarms

Measure Comp.

Settings

OK

X

14:40

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

c

8

10.0
c

c

7

10.0
c

0

%

50

0

%

Qcap/P

0

Qind/P

Quick setup
Setup
Date / Time
System info
Password
Restart

Default settings

Analysis

Alarms

Measure Comp.

Settings

OK

X

Measure->Instantaneous->V L-N

V
I

150.0

3.000

50.0

V
A

F Hz

THD

V-I-F

CosØ-PF

17:40

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

2

10.0
c

8

10.0
c

1

10.0
c

7

10.0
c

0

%

50

0 % Qcap/P

0

Qind/P

Analysis

Alarms

Measure

Comp.

Instantaneous

Energy
Demand
Harmonics

Measure->Energy->Imp. active

Index

Curr. hour

0.0

0.0

kWh

kWh

Prev. hour

0.0

kWh

Curr. day

0.0

kWh

Prev. day

0.0

kWh

Curr. month

0.0

kWh

Prev. month

0.0

kWh

17:42

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

2

10.0
c

8

10.0
c

1

10.0
c

7

10.0
c

0

%

50

0

%

Qcap/P

0

Qind/P

Analysis

Alarms

Measure

Comp.

Instantaneous
Energy

Demand

Harmonics

Measure Comp.

Alarms Analysis

Qind/P

-

Measure

>Demand

0

Qcap/P

50

0

%

Act. power

1

10.0
c

7

10.0
c

2

10.0
c

8

10.0
c

3

10.0
c

9

10.0
c

4

10.0
c

10

10.0
c

5

10.0
c

11

10.0
c

6

10.0
c

12

10.0
c

Rea. power

App. power

08:14:59 - 27/05/14

717.0
08:14:59 - 27/05/14

1024.8

08:14:59 - 27/05/14

1252.8
08:14:59 - 27/05/14

W

VAr

VA

V (L-N)
I

17:53

Instantaneous
Energy

Demand

Harmonics

0

%

A

1.7

Current

Measure->Harmonics->V %

Measure->Harmonics->V %

20 %

15 %

10 %

5 % 1 11

21

31

41

51

1 2 3 4 5

1-5

90.55

0.01

30.03

0.00

29.98

6-10

0.00

0.00

0.01

0.01

0.01

11-15

0.02

0.01

0.00

0.02

0.01

16-20

0.02

0.02

0.01

0.00

0.00

21-25

0.01

0.02

0.02

0.01

0.01

26-30

0.01

0.01

0.02

0.01

0.01

31-35

0.01

0.01

0.01

0.00

0.00

36-40

41-45

46-50

0.02

0.01

0.02

0.01

0.00

0.01

0.01

0.01

0.00

0.02

0.01

0.01

0.01

0.01

0.01

I %

V %

I %

I %

V%

I %

17:43

V (L-N)
I

1 2 3 4 5 6

10.0 10.0 10.0 10.0 10.0 10.0
c c c c c c

7 8 9 10 11 12

10.0 10.0 10.0 10.0 10.0 10.0
c c c c c c

0

%

50

0

%

Qcap/P

Learn conn.
Learned conn.
Learn steps

Analysis

Qind/P

0

Alarms

Comp.

Switch count

Conn. time
DCM

Step 12 0

Comp.->Switch count

Step 1 0

Step 2 0
Step 3 0
Step 4 0
Step 5 0
Step 6 0
Step 7 0
Step 8 0
Step 9 0
Step 10 0
Step 11 0

17:57

V (L-N)
I

1 2 3 4 5 6

10.0 10.0 10.0 10.0 10.0 10.0
c c c c c c

7 8 9 10 11 12

10.0 10.0 10.0 10.0 10.0 10.0
c c c c c c

0

%

50

0

%

Qcap/P

0

DCM

Learn conn.

Learned conn.
Learn steps

Analysis

Qind/P

Alarms

Comp.

Switch count
Conn. time

Step 1 0

min

Step 2 0

min

Step 3 0

min

Step 4 0

min

Step 5 0

min

Step 6 0

min

Step 7 0

min

Step 8 0

min

Step 9 0

min

Step 10

0

min

Step 11

0

min

Step 12

0

min

1 2

CosØ1 1.000

Qind/P 0

%

CosØ2 1.000

0 5c

CosØ3 1.000

Qcap/P 0

%

1

Comp..->Learned conn.

L3-N N-L3 L1-N N-L1 L2-N N-L2

k1-l1
l1-k1
k2-l2
l2-k2
k3-l3
l3-k3

Learn success.

240

60 0

180

120

300

60

240

180

10

300

120

120

300

240

60 0

180

300

120

60

240

180 0 0

180

120

300

240

60

180 0

300

120

60

240

17:28

V (L-N)
I

17:58

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

2

10.0
c

8

10.0
c

1

10.0
c

7

10.0
c

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

Learned conn.

Learn steps

10.0 10.0

c c

7 8

10.0 10.0

c c

Qcap/P

Learning step 1...

0

%

50

0

%

0

Qind/P

Analysis

Measure Comp. Alarms

Settings

Analysis

Alarms

Comp.

Switch count
Conn. time
DCM
Learn conn.

Power Factor Controller

Alarms

Analysis

Qind/P

0

Qcap/P

50

0

%

0

%

Phase

Steps
Other

VAr 1

1 2 3 4 5

6

10.0

10.0

10.0

10.0

10.0

10.0

c c c c c

c

7 8 9

10

11

12

10.0

10.0

10.0

10.0

10.0

10.0

c c c c c

c

V (L-N)
I

17:40

Alarm

Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal

Alarms->Phase

V

I
P
Q
S
CosØ
PF
V harmonics
THDV
I harmonics
THDI
F

Power Factor Controller

Normal

Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal

Alarms->Steps

Step 1

Step 2
Step 3
Step 4
Step 5
Step 6
Step 7
Step 8
Step 9
Step 10
Step 11
Step 12

Normal

Normal
Alarm
Alarm
Normal
Normal

Alarms->Other

Under comp.

Over comp.
Ind. energy
Cap. energy
Temperature
Battery

Power Factor Controller

1 2

1 2

Qind/P

0

17:59

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

10.0
c

8

10.0
c

10.0
c

7

10.0
c

0

%

50

0 % Qcap/P

0

Qind/P

Analysis

Minimum

Maximum
Average
Energy

17:50

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

10.0
c

8

10.0
c

10.0
c

7

10.0
c

0

%

50

0

%

Hourly

Daily
Monthly

Qcap/P

Analysis

Minimum

Maximum
Average
Energy

Power Factor Controller

1 2

Qind/P

0

17:51

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

10.0
c

8

10.0
c

10.0
c

7

10.0
c

0

%

50

0

%

Hourly

Daily
Monthly

Qcap/P

Analysis

Minimum

Maximum
Average
Energy

Power Factor Controller

Qind/P

0

14:40

V (L-N)
I

6

10.0
c

12

10.0
c

5

10.0
c

11

10.0
c

4

10.0
c

10

10.0
c

3

10.0
c

9

10.0
c

2

10.0
c

8

10.0
c

1

10.0
c

7

10.0
c

0

%

50

0

%

Hourly

Daily
Monthly

Qcap/P

Analysis

Minimum
Maximum
Average

Energy

Power Factor Controller

Power Factor

Controller

Power Factor Controller

Reaktif Güç

Kontrol Rölesi

Reaktif Güç

Kontrol Rölesi

Reaktif Güç Kontrol R ölesi Reaktif Güç Kontrol R ölesi

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller

Power Factor Controller